CSU-Carig
Batulan, Favio L., author.
Utilization of corncob fiber panel as eco-friendly building material for thermal insulation [manuscript] / Favio L. Batulan, Mark Biron A. Callueng, Claire B. Melad. - ©2024. - xiii, 55 pages ; 28 cm.
Thesis (B.S.) -- Cagayan State University, 2024.
Includes bibliographical references.
Rising temperatures are gradually increasing due to global warming and it has become a problem for people as indoor temperatures cause dissatisfaction to inhabitants. A lot of solutions have been developed but most of them lack eco-friendly elements hence, researchers have come up with a solution using agricultural waste that also serves as a sustainable material and can be utilized to fabricate thermal insulators. One of the solutions that researchers tested was a corncob plate which proves that it can lower indoor temperature. In this study, a profound study of corncobs will be conducted to determine their potential as an alternate insulator in homes as a result. Assessments of the impact of rising temperature enable us to determine its effect on inhabitants and it drives us to look for a solution using fibers. This study developed an insulation board using corncob fiber and polyester resin to enhance sustainable thermal insulation. It assessed the physical, mechanical, and thermal properties of corncob fiber panels, compared them with gypsum board, and conducted a cost-benefit analysis. The research provided insights into the potential of corncob fiber panels in sustainable construction. It will also urge researchers to explore heat-absorbing materials that are sustainable and eco-friendly as an alternative to accustomed temperature regulator such as air conditioner as it is known to contribute to global warming which just worsen the root of the problem. In addition, this study aims to use corncob as the major source of fibers in developing thermal insulator panel boards in this study, because of its similar qualities to the employed fibers and its ability to absorb heat. This study aimed to comprehensively explore the potential of corncob fiber panels as an environmentally friendly construction material for thermal insulation. It involves a thorough examination of the material's characteristics, sustainability, and cost in comparison to conventional thermal insulation. Data extraction will be done through laboratory experiments for comprehensive data acquisition. Maintain detailed documentation of all collected data for analysis and interpretation. Through a multifaceted analysis covering aspects such as thermal performance, physical performance, mechanical performance, and economic feasibility, this research seeks to provide valuable insights that can contribute to advancements in sustainable construction practices. The result of the test conducted through laboratory testing of corncob fiber panels will also be compared with traditional materials. The study confirmed Corncob Fiber Panels as superior eco-friendly thermal insulation materials compared to conventional Gypsum Board. With excellent durability, strong mechanical strength, and moderate thermal conductivity, they enhanced resilience and energy efficiency in buildings. Despite being heavier and costlier, Corncob Fiber Panels offered significant advantages, making them promising alternatives for sustainable construction. This thesis explored eco-friendly binders for Corncob Fiber Panels, aiming to maintain thermal insulation while reducing environmental impact. It investigated lightweight binding materials and conducted life cycle assessments to compare environmental impacts with traditional insulation. The study advocated ongoing research for improved performance and affordability, fostering collaboration with experts to advance sustainable construction practices. Additionally, it investigated methods for utilizing 100% corncob fiber in insulation panel production.
Keywords: Thermal insulator, Corncob fiber panels, Thermal performance, Mechanical Performance, Physical Performance, Economic Feasibility Conventional Mat.
Civil 0093 / 2024 c.1
Utilization of corncob fiber panel as eco-friendly building material for thermal insulation [manuscript] / Favio L. Batulan, Mark Biron A. Callueng, Claire B. Melad. - ©2024. - xiii, 55 pages ; 28 cm.
Thesis (B.S.) -- Cagayan State University, 2024.
Includes bibliographical references.
Rising temperatures are gradually increasing due to global warming and it has become a problem for people as indoor temperatures cause dissatisfaction to inhabitants. A lot of solutions have been developed but most of them lack eco-friendly elements hence, researchers have come up with a solution using agricultural waste that also serves as a sustainable material and can be utilized to fabricate thermal insulators. One of the solutions that researchers tested was a corncob plate which proves that it can lower indoor temperature. In this study, a profound study of corncobs will be conducted to determine their potential as an alternate insulator in homes as a result. Assessments of the impact of rising temperature enable us to determine its effect on inhabitants and it drives us to look for a solution using fibers. This study developed an insulation board using corncob fiber and polyester resin to enhance sustainable thermal insulation. It assessed the physical, mechanical, and thermal properties of corncob fiber panels, compared them with gypsum board, and conducted a cost-benefit analysis. The research provided insights into the potential of corncob fiber panels in sustainable construction. It will also urge researchers to explore heat-absorbing materials that are sustainable and eco-friendly as an alternative to accustomed temperature regulator such as air conditioner as it is known to contribute to global warming which just worsen the root of the problem. In addition, this study aims to use corncob as the major source of fibers in developing thermal insulator panel boards in this study, because of its similar qualities to the employed fibers and its ability to absorb heat. This study aimed to comprehensively explore the potential of corncob fiber panels as an environmentally friendly construction material for thermal insulation. It involves a thorough examination of the material's characteristics, sustainability, and cost in comparison to conventional thermal insulation. Data extraction will be done through laboratory experiments for comprehensive data acquisition. Maintain detailed documentation of all collected data for analysis and interpretation. Through a multifaceted analysis covering aspects such as thermal performance, physical performance, mechanical performance, and economic feasibility, this research seeks to provide valuable insights that can contribute to advancements in sustainable construction practices. The result of the test conducted through laboratory testing of corncob fiber panels will also be compared with traditional materials. The study confirmed Corncob Fiber Panels as superior eco-friendly thermal insulation materials compared to conventional Gypsum Board. With excellent durability, strong mechanical strength, and moderate thermal conductivity, they enhanced resilience and energy efficiency in buildings. Despite being heavier and costlier, Corncob Fiber Panels offered significant advantages, making them promising alternatives for sustainable construction. This thesis explored eco-friendly binders for Corncob Fiber Panels, aiming to maintain thermal insulation while reducing environmental impact. It investigated lightweight binding materials and conducted life cycle assessments to compare environmental impacts with traditional insulation. The study advocated ongoing research for improved performance and affordability, fostering collaboration with experts to advance sustainable construction practices. Additionally, it investigated methods for utilizing 100% corncob fiber in insulation panel production.
Keywords: Thermal insulator, Corncob fiber panels, Thermal performance, Mechanical Performance, Physical Performance, Economic Feasibility Conventional Mat.
Civil 0093 / 2024 c.1